gs_j_interp Type Reference

Detailed Description

Interpolate magnetic field for a G-S solution.

Inheritance diagram for gs_j_interp:

Public Member Functions
procedure	delete (self)
	Delete reconstruction object.
procedure	delete (self)
	Needs docs.
procedure	delete (self)
	Needs docs.
procedure(oft_bfem_interp), deferred	interp (self, cell, f, gop, val)
	Reconstruct field.
procedure	interp (self, cell, f, gop, val)
	Evaluate field.
procedure	interp (self, cell, f, gop, val)
	Evaluate magnetic field.
procedure	setup (self, gs)
	Needs docs.
procedure	setup (self, gs)
	Needs docs.

Public Attributes
type(oft_lag_brinterp)	bcross_kappa_fun
integer(i4)	dim = 0
	Dimension of field.
class(gs_eq), pointer	gs => NULL()
	Field for interpolation.
class(oft_bmesh), pointer	mesh => NULL()
	Mesh for interpolation.
integer(i4)	mode = 0
	Needs docs.
class(bfem_interp), pointer	parent => NULL()
	Parent interpolator.
type(oft_lag_brinterp), pointer	psi_eval => NULL()
	Needs docs.
type(oft_lag_bginterp), pointer	psi_geval => NULL()
	Needs docs.

Member Function/Subroutine Documentation

delete() [1/3]

procedure delete ( class(bfem_interp), intent(inout)  self )

inherited

Delete reconstruction object.

delete() [2/3]

procedure delete ( class(gs_prof_interp), intent(inout)  self )

inherited

Needs docs.

delete() [3/3]

procedure delete

(

class(gs_j_interp), intent(inout)

self

)

Needs docs.

interp() [1/3]

procedure(oft_bfem_interp), deferred interp ( class(bfem_interp), intent(inout)  self, integer(i4), intent(in)  cell, real(r8), dimension(:), intent(in)  f, real(r8), dimension(3,3), intent(in)  gop, real(r8), dimension(:), intent(out)  val  )

pure virtualinherited

Reconstruct field.

interp() [2/3]

procedure interp ( class(gs_prof_interp), intent(inout)  self, integer(4), intent(in)  cell, real(8), dimension(:), intent(in)  f, real(8), dimension(3,3), intent(in)  gop, real(8), dimension(:), intent(out)  val  )

inherited

Evaluate field.

Parameters

[in,out]	self	Interpolation object
[in]	cell	Cell for interpolation
[in]	f	Position in cell in logical coord [3]
[in]	gop	Logical gradient vectors at f [3,3]
[out]	val	Reconstructed field at f [1]

interp() [3/3]

procedure interp	(	class(gs_j_interp), intent(inout)	self,
		integer(4), intent(in)	cell,
		real(8), dimension(:), intent(in)	f,
		real(8), dimension(3,3), intent(in)	gop,
		real(8), dimension(:), intent(out)	val
	)

Evaluate magnetic field.

Parameters

[in,out]	self	Interpolation object
[in]	cell	Cell for interpolation
[in]	f	Position in cell in logical coord [3]
[in]	gop	Logical gradient vectors at f [3,3]
[out]	val	Reconstructed field at f [3]

setup() [1/2]

procedure setup ( class(gs_prof_interp), intent(inout)  self, class(gs_eq), intent(inout), target  gs  )

inherited

Needs docs.

setup() [2/2]

procedure setup	(	class(gs_j_interp), intent(inout)	self,
		class(gs_eq), intent(inout), target	gs
	)

Needs docs.

Member Data Documentation

bcross_kappa_fun

type(oft_lag_brinterp) bcross_kappa_fun

dim

integer(i4) dim = 0

inherited

Dimension of field.

gs

class(gs_eq), pointer gs => NULL()

inherited

Field for interpolation.

mesh

class(oft_bmesh), pointer mesh => NULL()

inherited

Mesh for interpolation.

mode

integer(i4) mode = 0

inherited

Needs docs.

parent

class(bfem_interp), pointer parent => NULL()

inherited

Parent interpolator.

psi_eval

type(oft_lag_brinterp), pointer psi_eval => NULL()

inherited

Needs docs.

psi_geval

type(oft_lag_bginterp), pointer psi_geval => NULL()

inherited

Needs docs.

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The documentation for this type was generated from the following file:

• /home/runner/work/OpenFUSIONToolkit/OpenFUSIONToolkit/src/physics/grad_shaf.F90